Capital Projects and Infrastructure Auditing Training Course

Course Introduction

Capital projects and infrastructure investments involve substantial financial resources, complex contractual arrangements, technical requirements, long delivery periods, and significant exposure to cost, schedule, quality, compliance, and governance risks. The Capital Projects and Infrastructure Auditing Training Course provides a comprehensive framework for independently assessing whether major capital investments are properly planned, controlled, delivered, monitored, and ultimately capable of achieving their intended economic, operational, and public or organisational outcomes.

The programme examines the full lifecycle of capital projects, beginning with strategic planning, feasibility studies, business cases, funding decisions, design development, procurement, and mobilisation. Participants will learn how to audit project governance, approval processes, cost estimates, budgets, schedules, scope, technical requirements, risk management, and project controls before and during implementation, enabling auditors to identify weaknesses before they become significant financial or delivery problems.

A major focus is placed on construction and infrastructure expenditure assurance. Participants will develop practical techniques for auditing quantities, valuations, payment certificates, variations, claims, retention, advances, provisional sums, contingencies, escalation, and final accounts. The course also addresses contractor performance, subcontractor management, site verification, materials, equipment, quality assurance, defects, delays, and completion requirements to establish whether expenditure is supported by actual and acceptable project progress.

Infrastructure auditing must extend beyond financial controls to encompass technical, environmental, social, health and safety, regulatory, and operational considerations. The programme therefore explores how auditors can work effectively with engineers, quantity surveyors, architects, project managers, legal professionals, procurement specialists, and other technical experts while maintaining audit independence and ensuring that audit conclusions are supported by reliable evidence and appropriate professional judgement.

Modern capital projects increasingly rely on digital project-management systems, building information modelling, geographic information systems, automated reporting, remote monitoring, drones, artificial intelligence, and advanced data analytics. Participants will examine how these technologies can strengthen infrastructure assurance while also creating new risks involving data integrity, cybersecurity, technology dependencies, digital evidence, automated decisions, and system access. Emerging sustainability, climate resilience, supply-chain, and geopolitical risks are also incorporated.

By the end of the programme, participants will be equipped to conduct risk-based audits of major capital projects and infrastructure programmes, evaluate governance and project controls, analyse financial and physical progress, test contractor claims and payments, assess variations and delays, identify fraud and waste indicators, evaluate quality and compliance risks, and develop actionable recommendations. The course is designed to strengthen accountability, value for money, project delivery, asset quality, financial stewardship, and long-term infrastructure performance.

Duration

10 days

Who Should Attend

• Internal auditors responsible for capital expenditure, construction projects, infrastructure programmes, and project assurance.

• External and public-sector auditors reviewing major infrastructure investments and capital development programmes.

• Project managers responsible for planning, delivering, monitoring, and controlling capital projects.

• Programme and portfolio managers overseeing multiple infrastructure projects and strategic investments.

• Finance managers and accountants responsible for capital budgets, expenditure, commitments, and project financial reporting.

• Quantity surveyors and cost-control professionals responsible for valuations, cost estimates, payment certification, and final accounts.

• Engineers, architects, technical specialists, and construction professionals involved in project controls and infrastructure assurance.

• Procurement and contract professionals managing infrastructure tendering, contracts, variations, claims, and contractor relationships.

• Risk managers assessing project, construction, financial, operational, environmental, and supply-chain risks.

• Compliance and governance professionals reviewing infrastructure projects for regulatory, contractual, and organisational compliance.

• Fraud investigators and forensic professionals examining construction fraud, inflated claims, collusion, false certifications, and financial irregularities.

• Project controls specialists responsible for cost, schedule, quality, risk, progress measurement, and performance reporting.

• Audit committee and senior governance professionals overseeing major capital investments and infrastructure delivery risks.

• Consultants and assurance professionals providing independent reviews of construction, engineering, infrastructure, and capital investment programmes.

Course Objectives

• Develop advanced knowledge of capital project and infrastructure auditing principles, methodologies, governance requirements, assurance practices, and professional responsibilities.

• Apply risk-based audit approaches to capital projects according to investment value, technical complexity, strategic importance, delivery stage, contractor exposure, and risk profile.

• Evaluate capital project governance, approval processes, business cases, funding arrangements, decision rights, oversight structures, and accountability mechanisms.

• Audit project planning and controls covering scope, design, specifications, schedules, budgets, resources, milestones, dependencies, risks, and performance requirements.

• Assess capital expenditure and project financial management including budgets, commitments, valuations, payment certificates, forecasts, variations, claims, and final accounts.

• Evaluate infrastructure procurement and contracting arrangements, including tender processes, bid evaluation, contractor selection, contract terms, performance securities, and subcontracting.

• Audit physical project progress by comparing reported achievements, quantities, milestones, site conditions, certificates, photographs, measurements, and supporting technical evidence.

• Identify and assess cost overruns, schedule delays, scope changes, defective work, poor-quality materials, weak controls, unsupported claims, and ineffective project recovery measures.

• Evaluate contractor and consultant performance against contractual obligations, technical specifications, quality requirements, health and safety standards, and agreed project milestones.

• Apply data analytics and technology-enabled auditing to project transactions, cost trends, payment records, contract variations, schedules, progress data, and infrastructure performance.

• Identify construction fraud, collusion, overbilling, false certifications, duplicate payments, inflated quantities, conflicts of interest, and other integrity risks affecting capital investments.

• Develop evidence-based audit findings, recommendations, and follow-up procedures that improve project governance, financial stewardship, construction quality, delivery performance, and long-term asset value.

Comprehensive Course Outline

Module 1: Foundations of Capital Projects and Infrastructure Auditing

• Principles, objectives, scope, methodologies, and professional responsibilities of capital project and infrastructure auditing.

• Characteristics of infrastructure projects, including high capital intensity, long delivery periods, technical complexity, contractual dependencies, and significant stakeholder exposure.

• Capital project lifecycle stages from strategic planning and feasibility through design, procurement, construction, commissioning, handover, and operation.

• Major infrastructure audit risks involving cost, schedule, scope, quality, procurement, fraud, compliance, safety, environment, and long-term asset performance.

Module 2: Infrastructure Governance, Investment Decisions and Accountability

• Governance structures for capital investments, including project boards, steering committees, sponsors, PMOs, technical committees, and oversight bodies.

• Auditing investment approval processes, delegated authorities, business cases, funding decisions, stage gates, and accountability arrangements.

• Assessing project governance policies, reporting structures, escalation mechanisms, independent assurance, and management oversight.

• Evaluating governance risks where infrastructure projects involve government agencies, private partners, contractors, donors, regulators, communities, and multiple stakeholders.

Module 3: Feasibility Studies, Business Cases and Project Appraisal

• Auditing feasibility studies, technical assessments, demand forecasts, cost-benefit analyses, investment assumptions, and project alternatives.

• Evaluating business cases for strategic alignment, affordability, funding sustainability, expected benefits, risks, and delivery feasibility.

• Assessing economic, financial, technical, environmental, social, and operational assumptions supporting major capital investment decisions.

• Identifying weaknesses involving unrealistic cost estimates, optimistic schedules, unsupported benefits, inadequate due diligence, and incomplete risk assessment.

Module 4: Capital Project Risk Assessment and Audit Planning

• Identifying construction, financial, commercial, technical, operational, environmental, regulatory, safety, fraud, and strategic infrastructure risks.

• Applying risk-based approaches to select capital projects for audit based on value, complexity, criticality, delivery stage, contractor exposure, and performance history.

• Developing infrastructure audit objectives, criteria, scope, procedures, sampling strategies, evidence requirements, specialist support, and engagement timelines.

• Incorporating project risk registers, previous audit findings, site concerns, contractor disputes, cost pressures, delays, and emerging threats into audit planning.

Module 5: Project Design, Scope and Technical Assurance

• Auditing design development, technical specifications, drawings, bills of quantities, engineering standards, design approvals, and design-change processes.

• Evaluating whether project scope and technical requirements are sufficiently defined, approved, measurable, and aligned with the intended investment outcomes.

• Assessing design risks involving incomplete information, design errors, constructability issues, unrealistic specifications, inadequate surveys, and late design changes.

• Reviewing technical assurance arrangements, independent design checks, approvals, quality controls, professional certifications, and design documentation.

Module 6: Infrastructure Procurement and Contract Auditing

• Auditing procurement planning, tendering, bid evaluation, contractor selection, contract award, and compliance with applicable procurement requirements.

• Evaluating contract terms covering scope, pricing, milestones, performance securities, insurance, warranties, liquidated damages, variations, and dispute provisions.

• Assessing contractor due diligence, financial capacity, technical competence, past performance, conflicts of interest, and subcontracting arrangements.

• Identifying procurement and contract risks involving collusion, inadequate competition, conflicts of interest, weak specifications, bid manipulation, and inappropriate contract structures.

Module 7: Construction Cost and Capital Expenditure Auditing

• Auditing project budgets, cost estimates, expenditure, commitments, forecasts, contingencies, provisional sums, escalation, and funding arrangements.

• Testing contractor valuations, payment certificates, quantities, rates, invoices, advances, retention, deductions, and supporting documentation.

• Analysing cost variances, overruns, under-spending, forecast-at-completion, cash-flow requirements, and unexplained financial movements.

• Identifying unsupported expenditure, duplicate payments, incorrect rates, inflated quantities, unauthorised costs, and weaknesses in capital expenditure controls.

Module 8: Construction Progress, Schedule and Physical Verification

• Auditing baseline schedules, milestones, critical paths, work programmes, progress reporting, dependencies, and planned versus actual completion.

• Comparing reported physical progress with site conditions, measurements, photographs, inspection records, certificates, and independent technical evidence.

• Evaluating causes and consequences of delays, including contractor performance, design changes, procurement problems, resource shortages, weather, and external disruptions.

• Assessing recovery plans, revised schedules, extension-of-time claims, delay analysis, liquidated damages, and management responses to schedule slippage.

Module 9: Contractor, Consultant and Subcontractor Performance

• Auditing contractor performance against contractual scope, milestones, quality requirements, resources, staffing, equipment, and agreed delivery standards.

• Evaluating consultant performance in design supervision, contract administration, certification, quality assurance, reporting, and technical oversight.

• Assessing subcontractor selection, authorisation, performance, payment, compliance, and risks arising from extended project supply chains.

• Identifying weak contractor supervision, ineffective consultant oversight, repeated underperformance, unauthorised subcontracting, and inadequate corrective action.

Module 10: Variations, Claims, Extensions and Commercial Assurance

• Auditing contract variations, change orders, scope modifications, revised quantities, price adjustments, extensions, and amendments.

• Evaluating the justification, authority, technical basis, cost impact, schedule consequences, documentation, and cumulative effect of variations.

• Assessing contractor claims involving additional costs, delays, disruption, unforeseen conditions, compensation events, and extension-of-time requests.

• Identifying excessive variations, retrospective approvals, repeated extensions, unjustified cost increases, scope manipulation, and potential avoidance of competitive procurement.

Module 11: Quality, Materials, Defects and Construction Standards

• Auditing quality-management plans, inspection and testing arrangements, material approvals, technical certificates, laboratory results, and non-conformance processes.

• Evaluating whether construction materials, workmanship, equipment, and completed works comply with approved designs, specifications, standards, and contractual requirements.

• Assessing defects, rework, rejected materials, incomplete works, warranty issues, latent defects, and contractor obligations for remediation.

• Reviewing quality documentation, independent inspections, technical supervision, acceptance processes, and controls designed to prevent defective infrastructure.

Module 12: Health, Safety, Environmental and Social Assurance

• Auditing contractor health and safety systems, site controls, incident reporting, worker protection, training, emergency procedures, and regulatory compliance.

• Evaluating environmental management plans, pollution controls, waste management, resource use, environmental permits, and mitigation measures.

• Assessing social risks involving communities, land access, resettlement, stakeholder engagement, labour practices, grievances, and project-related disruption.

• Identifying failures in safety, environmental, and social controls and evaluating whether corrective measures are implemented, documented, and independently monitored.

Module 13: Infrastructure Fraud, Corruption and Integrity Risks

• Common infrastructure fraud schemes involving inflated quantities, false progress claims, fictitious works, duplicate payments, and manipulated certifications.

• Identifying bid rigging, collusion, bribery, kickbacks, conflicts of interest, related-party transactions, and contractor-management misconduct.

• Applying data analysis, document review, site inspection, interviews, quantity testing, transaction testing, and evidence corroboration to investigate suspicious activity.

• Developing appropriate fraud response procedures covering evidence preservation, escalation, investigation coordination, recovery, disciplinary action, and control improvement.

Module 14: Infrastructure Data Analytics and Technology-Enabled Auditing

• Applying analytics to project expenditure, payment records, contract values, variations, quantities, progress reports, schedules, and contractor transactions.

• Using trend analysis, variance analysis, duplicate testing, anomaly detection, benchmarking, and predictive indicators to identify infrastructure audit risks.

• Auditing project-management systems, digital records, automated workflows, building information modelling, geographic information systems, and integrated reporting platforms.

• Assessing cybersecurity, access controls, data integrity, digital evidence, system interfaces, remote monitoring, drones, artificial intelligence, and technology-related project risks.

Module 15: Project Completion, Asset Handover and Post-Implementation Assurance

• Auditing completion certificates, commissioning, testing, outstanding works, defects, warranties, guarantees, as-built documentation, and operational handover.

• Reviewing final accounts, reconciliation of contract values, payments, variations, claims, retention, advances, penalties, and outstanding financial commitments.

• Assessing whether completed infrastructure meets intended capacity, functionality, quality, safety, sustainability, and operational requirements.

• Conducting post-implementation reviews covering benefits, asset performance, lifecycle costs, maintenance arrangements, lessons learned, and unresolved project risks.

Module 16: Emerging Infrastructure Risks and Advanced Capital Project Assurance

• Emerging infrastructure risks involving climate change, extreme weather, energy transition, geopolitical disruption, supply-chain instability, and critical-material shortages.

• Auditing public-private partnerships, complex infrastructure ecosystems, digital infrastructure, smart cities, renewable energy, and technology-intensive capital programmes.

• Developing continuous infrastructure assurance through real-time dashboards, predictive analytics, automated controls, remote monitoring, digital twins, and integrated project data.

• Building future-ready capital project audit strategies that strengthen resilience, sustainability, value for money, asset quality, transparency, accountability, and long-term infrastructure performance.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.